Titlebook: Realizing an Andreev Spin Qubit; Exploring Sub-gap St Max Hays Book 2021 The Editor(s) (if applicable) and The Author(s), under exclusive l

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Interactions of Andreev Levels with the Environment context of both the Andreev pair qubit as well as long-junction physics. We will then investigate dephasing of pair states, single-quasiparticle states, and spin states of an individual quasiparticle.

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Spectroscopy and Dispersive Shiftst we can probe when investigating a system with cQED: the Hamiltonian and the coupling operator. We can probe the system Hamiltonian by performing microwave spectroscopy, thereby determining the system energies. Properties of the coupling operator, on the other hand, can be extracted from the dispersive shifts.

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Book 2021e and manipulation of quantum information – the electromagnetic modes of superconducting circuits, and the spins of electrons trapped in semiconductor quantum dots – and has the potential to inherit beneficial aspects of both. This new qubit consists of the spin of an individual superconducting quas

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Introductionven in the presence of disorder. The defining characteristic of semiconductors, on the other hand, is a low density of charge carriers. The chemical potential can thus be controlled directly by applying an electric field (the field effect). In some semiconductors, relativistic effects result in enhanced .-factors and strong spin-orbit coupling.

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Unexplained Observationsqubits, will result in decoherence. Much like a thorough understanding of the microwave environment is necessary for successful implementation of superconducting qubits, a thorough understanding of the fermionic environment will be necessary for Majorana qubits.

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Introductiond, superconductors and semiconductors are two of the most well-studied classes of materials. Individually, superconductors and semiconductors possess incredible properties with far-reaching applications. In superconductors, pairing between electrons results in the flow of dissipation-less current, e

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